a 22 foot ladder is placed against a vertical wall of a building with the bottom of the ladder standing on level ground 16 feet from the base of the building. how high up the wall does the ladder reach
Answers
Answer 1
Answer:
You need to work this out using pythagoras' theorem.
Csquared=Asquared+Bsquared
But you are finding out A, not C, so you must rearrange the equation.
Asquared=Csquared-Bsquared Asquared= 484-256 Asquared=228 A=Square root of 228 A=15 :)
Answer: A, because it is the closest one out of all the choices to show a reflection. Reasons: B is just a translation, just moved down a few spots. And C has been moved 90 degrees clockwise.
Answer:
A
Step-by-step explanation:
We can see that:
- Shape B has just been translated down (moving down a couple of squares)
- Shape C has been rotated 90° clockwise
What is the value of the function when x = 6? y = 4x+5
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y = 4(6) +5 ⇒ y=29 :)))
y=4*6+5 =24+5 =29 i think this answer will help you
When solving for x, the sine of 33º is used. What other angle and trigonometric function could be used to solve for x? a. cos 57º c. tan 57º b. tan 33º d. cos 33ºhurry
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Answer:
The answer is A.Cos 57.
Step-by-step explanation:
Took the test..
joe is preparing 18 hot dogs for his party. However, Joe only has 12 hot dog buns. How many more hot dog buns does Joe need?*
Answers
Its quite simple. Its just subtraction. 18 hotdogs - 12 hotdog buns = 6 hotdug buns still needed
18-12= 6 6 is the amount of hotdog buns needed.
You subtract 12 from 18 because you already have that amount of buns and need to see how many you need to get.
A square can be changed into a rectangle by increasing the width by 3 units. Which expression represents the area of the rectangle in square units? (A) x^2+8x+15 (B) x2+15 (C) 2x +8 (D) 2x+15
Answers
Letting x be the side-length of the square, the new rectangle has length x and width x+3. Thus, the area is (x)(x+3)=x^2+3x. This is not an answer choice.
The diagonal of a rectangular big screen tv screen measures 152cm. The length measures 132cm. What is the height of the screen?
Answers
Hi! We use the pithagorean theorem: height^2 = 152^2 - 132^2 = 5680; height =